Solutions that make the difference

Biocompatibility, surface smoothness and corrosion resistance

However, after mechanical production — usually by laser cutting, fine wire or milling — the stents show microburrs, cutting edges and processing marks on.

The result is a shiny, high-quality finish with a passivated surface...

3D-printed titanium parts often have complex support structures and a very rough surface. With the innovative chemical deburring process ChemoLux TI-II ElpoChem offers...

Titanium bone screws must meet the highest requirements for biocompatibility,...

With our ELPolux TI-Med process The screws are first electropolished: microroughnesses, burrs and particles are reliably removed, resulting in a smooth, stress-free...

Medical parts (titanium, stainless steel or cobalt-chrome alloys)

With the process ElPolux Ti-Med for titanium alloys, elPoluxTM for stainless steel alloys or ElPolux COCR For cobalt-chrome alloys, the implants are electrochemically so...

Small zipper parts made of copper alloys must be reliable over a long period of time...

With ChemoLux CU These small parts are chemically deburred and polished so that micro-sharp edges are removed and roughness is smoothed out. This results in evenly shiny...

Aluminum housing parts are used in many industries, from electronics...

With our process elPolux AL-S2C are these parts electropolished: The surface is smoothed out in the micro range, microroughnesses, processing marks and particles are reliably removed...

Especially the so-called crystalline titanium, which is thanks to special heating and...

In recent years, titanium has become one of the most sought-after materials in the watch and jewelry industry. Its exceptional combination of low weight, high strength...